. Chemical investigations of the tobacco plant. Tobacco curing; Tobacco. Nitrosen Distribution 217 nitrogen was then again slow. It is difficult to judge which of these pictures of the process is more accurate, and statistical treat- ment of a much more elaborate series of data will be required 300 &0 Z&o 27o r Zbo I 0 X <3 ZSO Z40. 30 <?S days /S" Figure 15. Changes in total nitrogen content of leaves. before this can be determined. The essential fact of a marked loss of total nitrogen during curing is, however, clear. Of the different compounds of nitrogen in tobacco with
. Chemical investigations of the tobacco plant. Tobacco curing; Tobacco. Nitrosen Distribution 217 nitrogen was then again slow. It is difficult to judge which of these pictures of the process is more accurate, and statistical treat- ment of a much more elaborate series of data will be required 300 &0 Z&o 27o r Zbo I 0 X <3 ZSO Z40. 30 <?S days /S" Figure 15. Changes in total nitrogen content of leaves. before this can be determined. The essential fact of a marked loss of total nitrogen during curing is, however, clear. Of the different compounds of nitrogen in tobacco with which we are familiar only two are volatile under the conditions that. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Vickery, Hubert Bradford, b. 1893; Pucher, George W. (George Walter), b. 1898. [New Haven] : Connecticut Agricultural Experiment Station
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Keywords: ., bookcentury1900, bookpublishernewhavenconnec, booksubjecttobacco
